structure atom von andrade (11 Ergebnisse)

Zustand: Fair. 1927. 1927 Reprint. 750 pages. No dust jacket. Blue cloth with gilt lettering. Pages are moderately tanned and foxed throughout.Light cracking to guttering with a loose binding, and pages. Boards are a little rub worn, slight shelf wear to corners, spine and edges. Corners are a little bumped. Spine ends are mildly crushed. Tanning to spine and edges. Boards are bowed. Book has a forward lean. Water marks to boards and spine.

Zustand: Good. This is an ex-library book and may have the usual library/used-book markings inside.This book has hardback covers. In good all round condition. No dust jacket. Re-bound by library. Please note the Image in this listing is a stock photo and may not match the covers of the actual item,1350grams, ISBN:

The Structure of the Atom by Edward Neville da Costa Andrade is an early twentieth-century work exploring the emerging field of atomic physics at a time of rapid scientific discovery. Published in 1923, the book reflects contemporary understanding of atomic structure in the wake of developments by figures such as Ernest Rutherford and Niels Bohr, presenting complex ideas in a clear and accessible form. Andrade, a respected physicist and lecturer, offers both a survey of current theory and an insight into the evolving scientific view of matter, making this work a valuable snapshot of atomic science in the early modern period. The Structure of the Atom, by E.N. Da C. Andrade, D.Sc. (London), Ph.D. (Heidelberg), Fellow of University College, London, and Professor of Physics in the Artillery College, Woolwich. Published by G. Bell and Sons, Ltd. 1923 first edition. A good navy blue cloth hardback with blind stamped borders to covers and gilt titles to spine. With some rubbing and bumping and just a little give in the spine. Ex-library - reference number to spine, and a "University College, Dundee, Physical Department" label  to inside front cover, with cancellation stamp. A few small library stamp to text. Some offsetting to free endpapers. Text is bright and clean with mild age-toning to extremities. Illustrated. On the Atomic table of elements at the rear a few newer elements have been hand-written to be included in the table. Occasional small pencil annotation (removable). Text in English. xiv + 314pp + IV Plates. Dimensions: approx 224mm high x 148mm wide x 34mm deep. Weight: approx 862g (unpacked).

Zustand: Very Good. 1927. Third edition, revised and enlarged. Hardback. Good clean copy with a little age & shelf wear. Text is crisp and clear. Lacking dj, remains very good. . . . .

Zustand: Very Good. 1927. Third edition, revised and enlarged. Hardback. Good clean copy with a little age & shelf wear. Text is crisp and clear. Lacking dj, remains very good. . . . . Books ship from the US and Ireland.

Zustand: Very Good. Third revised edition. Third revised edition, 1927. Very good. A handsome copy. No former owner names. 750 pages, with index, well illustrated. Andrade is best known for work (with Ernest Rutherford) that first determined the wavelength of a type of gamma radiation, proving it was far higher in energies than X-rays known at the time. This title is his earliest work, during this transformative theoretical era of physics.

Zustand: Good. This is an ex-library book and may have the usual library/used-book markings inside.This book has hardback covers. In good all round condition. Re-bound by library. Please note the Image in this listing is a stock photo and may not match the covers of the actual item,950grams, ISBN:

xviii+750pp. 8vo. Original cloth, slight edgewear. Black and white illustrations and plates. Name in ink and ink mark on ffe. Booksellers sticker on front pastedown. Scattered foxing to edges and preliminary pages. A very good copy.

First edition. XIV, (2), 314 pp. + 4 plates. With numerous figures in the text. Publisher's blue cloth.

Taschenbuch. Zustand: Neu. Neuware.

Blue Cloth. Zustand: Very Good. First American Edition. 314 Pp. First Printing. This Is Andrade's First Book, Originally Published In England In 1923, Intended As An Introduction To Atomic Structure For The "Serious Student". Andrade Was Quain Professor Of Physics At The University Of London 1928-1950, And A Highly Honored Historian Of The Physical Sciences. This Copy Signed By Robert F. Bacher And Dated In April 1925, While Bacher Was A Student. Bacher Later Followed Hans Bethe To Cornell In 1935, Where He Started Doing Experimental Work In Nuclear Physics With Bethe And Left Theoretical Work Behind. He Was Quickly Promoted To Full Professor And Director Of The Laboratory Of Nuclear Studies. Early On, He Had Felt That The United States Needed To Start Doing War Work, And When Lee Dubridge, Head Of The Radiation Lab Working On Radar At Mit, Summoned Him There In 1941, He Went. Then, Late In 1942, Oppenheimer, Who Had Been One Of Bacher's Instructors Earlier At Caltech, Approached Bacher About A New Lab For Nuclear Weapons Work That Was Just Starting Up And The Following Spring Asked Him To Join The Manhattan Project. Bacher Declined Initially, Telling Oppenheimer That What He Needed Was Engineers. Ultimately, When Oppenheimer Made A Commitment To Hiring More Engineers And Made Him Head Of The Experimental Physics Division, Bacher Signed On. From The Beginning, Bacher Was Firmly Opposed To Making Los Alamos A Military Lab And Persuaded Oppenheimer, Who Had Agreed To Take A Commission As Lieutenant Colonel And Had Already Ordered His Uniforms, To Keep It Under Civilian Control, At Least Until They Had Enough Fissionable Material For A Bomb. When The Project Was Reorganized In July 1944 To Speed Work On Implosion, Bacher'S Experimental Physics Division Was Split, And He Was Put In Charge Of The G (For "Gadget," The Code Name For The Bomb) Division. Bacher Personally Escorted The First Bomb To The Test Site In July Of 1945. In 1946 He Was Awarded The President'S Medal For Merit For His Work On The Manhattan Project. Bacher Returned To Cornell, Hoping To Get Back To High-Energy Physics, But The Bomb'S Aftermath Continued To Involve Him. He Felt Strongly That There Should Be Some Sort Of International Control Of Atomic Weapons And Worked Hard On Negotiations With The Soviet Union. He Admitted In His Oral History That This Was Perhaps Idealistic, But Thought That Getting This Technology Out In The Open Might Have Avoided The Subsequent Cold War. When The Atomic Energy Commission Was Established, Bacher Served As The Only Scientist Among Its Members; He Had Tried To Decline The Post But Took It On When He Learned That There Would Be No Scientist At All If He Didn'T Accept. While A Member Of The Aec, He Pushed For The Development Of Nuclear Submarines And Breeder Reactors For Commercial Power. In The Meantime, Lee Dubridge, Now President Of Caltech, Offered Him A Position As Chairman Of The Division Of Physics, Mathematics And Astronomy Or As Just A Professor, Whichever He Preferred. "The Decision I Came To Was A Fateful One And Probably Illustrates A Major Failing In My Makeup," Bacher Said In The Oral History. What He Saw As A Major Failing In His Makeup Was, In Fact, A Superb Talent For Envisioning The Future And Leading The Institute Into It. After Getting A Commitment That The Institute Would Support A Program In High-Energy Physics, Both Theoretical And Experimental, Bacher Arrived In 1949. One Of His First Hires In High-Energy Physics Was Robert Walker, Whom He Had Known At Los Alamos And Cornell. Another Of Bacher'S Early Recruits Was Richard Feynman, Who Was Reportedly Feeling "Unsettled" At Cornell; Bacher Persuaded Him To Sign On At Caltech With A Sabbatical Year In Brazil In Between. Feynman Then Settled In Pasadena In 1951 For The Rest Of His Career. Now, With Feynman And Robert Christy, Who Had Come In 1946, Bacher Felt He Had The Two Most Outstanding Theorists From Los Alamos. Then In 1955 He Also Hired Murray Gell-Mann.